-40%
NIB WATERWISE 4000 COUNTERTOP WATER DISTILLER PURIFER FREE SHIPPING 48 STATES
$ 194.83
- Description
- Size Guide
Description
The Waterwise 4000 steam water distiller is so compact and versatile that it’s widely used—with excellent results—by people around the world. You, too, can have a supply of fresh homemade distilled water no matter where you are. Since it requires no installation or hookups, the 4000 is an everywhere solution. Simply fill the stainless steel boiler with tap water, press the start button, and soon you will enjoy the most deliciously pure and refreshing water you’ve ever had.Produces 1 gallon of 100% steam distilled water in 4 hours (up to 6 gpd)
Automatic shutoff after each 1-gallon cycle
Compact for storage and portability
Seamless stainless steel boiler is made of 316 grade stainless steel that provides superior corrosion resistance than competing products
Borosilicate glass collector/storage bottle
800 watts of power, fits standard outlet
ONLY SHIPS TO PHYSICAL ADDRESS VIA FEDERAL EXPRESS GROUND DELIVERY. NO PO BOXES.
DEDICATED US TECHNICAL SUPPORT STAFF M-F 9AM-5PM EST
USES 4506 CARBON FILTERS-6 FILTER CUPS Filters can ship free if ordered at same time from Waterwise to same delivery address, will combine.
Order separately Waterwise 6-Pack of Waterwise 4000 Certified Carbon Post Filter Cups.
Replace every two months or after 60-80 gallons of water processed (whichever comes first).
These carbon water filter replacements ensure high purity water after the distillation process is completed.
Post filtration is used as a final treatment to effectively remove VOCs (volatile organic compounds). It significantly reduces trihalomethanes, synthetic organic compounds such as pesticides and hydrocarbons, and petrochemical byproducts such as benzene, toluene, and methyl tertiary-butyl ether (MTBE).Each disposable Waterwise 4000 Carbon Post Filter contains Certified Organic, Granular, Activated, virgin Carbon (GAC) produced from coconut shell. High temperature steam activation reorders the carbon atoms to produce an extremely porous structure with a much larger surface area. This network of very fine pores is extremely effective at trapping contaminant molecules.